IS230STTCH2A  热电偶DIN导轨模块

IS230STTCH2A  热电偶DIN导轨模块

IS230STTCH2A  热电偶DIN导轨模块

IS230STTCH2A 是一款由德国 Weidmüller Interface GmbH & Co. KG 生产的热电偶 DIN 导轨模块，用于将来自热电偶的模拟信号转换为数字信号，并将其发送到控制系统。

它具有以下特点：

支持多种热电偶类型：IS230STTCH2A 支持多种 J、K、T、E、C、R、S、B 等类型热电偶，可满足不同应用需求。

高精度测量：IS230STTCH2A 采用高精度的 A/D 转换器，可提供高精度的测量结果。

冷端补偿：IS230STTCH2A 具有自动冷端补偿功能，可消除冷端温漂的影响，提高测量精度。

线性化：IS230STTCH2A 可对热电偶的非线性特性进行线性化处理，使输出信号与温度呈线性关系。

DIN 导轨安装：IS230STTCH2A 采用 DIN 导轨安装方式，易于安装和拆卸。

应用

IS230STTCH2A 可广泛应用于各种工业控制和自动化应用，包括：

工业炉温控制： 监控和控制工业炉膛的温度。

燃气轮机控制： 监控和控制燃气轮机的温度。

发电机控制： 监控和控制发电机的温度。

化工过程控制： 监控和控制化工过程中的温度。

IS230STTCH2A  热电偶DIN导轨模块

The IS230STTCH2A is a thermocouple DIN rail module manufactured by Weidmuller Interface GmbH & Co. KG in Germany for converting analog signals from thermocouples into digital signals and sending them to the control system.

It has the following characteristics:

Support a variety of thermocouple types: IS230STTCH2A supports a variety of J, K, T, E, C, R, S, B and other types of thermocouples to meet different application needs.

High precision measurement: The IS230STTCH2A uses A high precision A/D converter to provide high precision measurement results.

Cold end compensation: IS230STTCH2A has automatic cold end compensation function, which can eliminate the influence of cold end temperature drift and improve the measurement accuracy.

Linearization: The IS230STTCH2A can linearize the nonlinear characteristics of the thermocouple, so that the output signal is linear with the temperature.

DIN rail installation: The IS230STTCH2A uses DIN rail installation for easy installation and disassembly.

Apply

The IS230STTCH2A can be used in a wide range of industrial control and automation applications, including:

Industrial furnace temperature control: Monitor and control the temperature of industrial furnaces.

Gas Turbine control: Monitor and control the temperature of the gas turbine.

Generator control: Monitor and control the temperature of the generator.

Chemical process control: Monitor and control the temperature in the chemical process.